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ARGUS FLUSH

DIAPHRAGM

This range of switches features a unique switchcase option injection moulded from a PPS engineering polymer. Reliable and proven design concepts from our established range of switches have also been incorporated. This provides a very competitively priced, lightweight and durable product.

The model shown incorporates a flush mounting flange connection suitable for application where solids or particles in the medium may block conventional threaded connecitons.

P510 ARGUS ATEX Exd, Exia CERTIFIED & INDUSTRIAL PRESSURE SWITCH

FEATURES

Internal adjustment scale.a

FLUSH DIAPHRAGM

Settings from 0.1 to 22 Bar.a

316 stainless steel or PPS engineering polymer switchcase to IP67 standards.

a

Single or dual microswitch option.a

ATEX Flameproof OptionCE II2G Exd IICT6 Tamb -50 to +78˚CT5 Tamb -50 to +93˚CT4 Tamb -50 to +128˚C

a

ATEX Intrinsically Safe OptionCE II1G Ex ia IICT6 Tamb -50 to +78˚CT5 Tamb -50 to +93˚CT4 Tamb -50 to +128˚C

a

SIL 2 - IEC 61508 proven reliabilitya

MEDIUM PRESSURE RANGES

ADJUSTMENTRANGE (BAR)

0.1 - 1.7

0.4 - 8.4

3 - 11

6 - 22

ADJUSTMENTRANGE (PSI)

2 - 22

5 - 125

45 - 145

90 - 310

MAX WORKINGPRESSURE (BAR)DIAPHRAGM MAT

NITRILE VITON

8 40

16 40

32 40

32 40

DEADBAND-FIXED (BAR)

DIAPHRAGM MAT.

NITRILE VITON

<0.1 <0.2

<0.3 <0.6

<0.55 <1.1

<1.4 <2.8

DIAPHRAGMCODE

0

1

1

1

SPRINGCODE

T

T

R

B

PART NUMBER BREAKDOWN - FLUSH DIAPHRAGM OPTIONS

MICROSWITCH O = NONE

1=1x SPDT INDUSTRIAL & Exia FLYING LEAD A = Exe JUNCTION BOX (6 TERMINALS

5=1x SPDT FLYING LEAD Exd SPRING CODE B = Exe JUNCTION BOX (HIGH AMB. TEMP)

6=2x SPDT FLYING LEAD Exd, Exia & INDUSTRIAL PLEASE REFER TO C = Exe JUNCTION BOX (HIGH AMBIENT RANGE LIST TEMP) & 2” PIPE BRACKETMOUNTING D = Exe JUNCTION BOX (3 TERMINALS)

51 = FLANGE DIAPHRAGM P = PIPE MOUNTING BRACKET 2”MOUNTING MATERIAL R = MONITORING RESISTORS

N = NITRILE IF MORE THAN ONE OPTION IS REQUIRED V = VITON - STD SHOULD BE WRITTEN AFTER THE PART NUMBER

P F 5 1 5 F P R 5 1 / V R 1 0 N 1 / F 2 OCERTIFICATION LENGTH OF CABLE PROCESS F = 316PF = ATEX Exd CONNECTIONS STAINLESSPI = ATEX Exia 0 = PLUG & SOCKET 10N = STANDARD STEELPS = INDUSTRIAL OR M20 FEMALE FLANGE

1 = 1 METRE ETC CASE MATERIAL P = PPS (ENGINEERING POLYMER) X = CABLE LENGTH S = 316 STAINLESS STEEL OVER 9 METRES 2 = DN50 PN40 FLANGEELECTRICAL CONNECTION T = M20 FEMALE (INDUSTRIAL & IS) (BS-EN 1092-1)A = 1 OR 2, 3 CORE CABLE P = DIN 43650 PLUG & SOCKET (IS & IND) DIAPHRAGM CODE 3 = 2” 150 # ANSI FLANGER = M20 MALE ST. STEEL* S = 1/2” NPT MALE ST. STEEL PLEASE REFER TO RANGE 4 = 2” 300 # ANSI FLANGE LIST *CONNECTION TO BE USED FOR Exe JUNCTION BOX (PAGE 78)

The Argus pressure, differential pressure, temperature, level and flow switches are designed for use in environments where explosive gases and extremes of both high and low ambient temperature can be present (e.g. Gas fields, Oil rigs and Chemical plants etc.) They have been ATEX certified for CAT 1 CE Ex II1G Exia IIC T6,T5 & T4 and CAT 2 CE Ex II2G Exd IIC T6,T5 & T4.

These switches are manufactured from either PPS (engineering polymer) or high quality investment cast 316 stainless steel both offer a robust construction and protection to IP67 for use within heavily polluted industrial and marine environments. These instruments can be adjusted with the power on and the switch in operation. Declaration available for SIL2 - IEC61508 proven reliability.

ARGUS ATEX Exd, Exia & INDUSTRIAL SWITCHES

INTRODUCTION

The design features a simple form of calibration adjustment against a scale block.This allows users to either order units with a specific setting, or stock a mid range setting and then adjust to suit the application. This can be set safely with the switch supply live.

On removal of the adjustment cover the adjusting screw can be turned with the small Tommy bar supplied. The setting is read from the centre of the red indicating ring against the internal scale plate. Rotation to the left will increase the set point and to the right decrease the set point. The adjustment mechanism incorporates a friction device to ensure set point will not change under vibration conditions.

CALIBRATION

Switchcase and covers: 316 Stainless steel or PPS (Polyphenylene Sulphide) + stainless steel fibres engineering polymer switchcase.

Environmental Protection: Switches have been tested and certified by an external test house to IP67 in accordance with BS EN 60529 : 1992.

Vibration and shock parameters: Switches have been tested and certified by an external test house to BS EN 60068-2-6 : 1995 (test Fc vibration) and BS EN 60068-2-27 : 1987 (test Ea shock).

Temperature Limitations: Pressure, Vacuum and Differential Pressure.

Ambient: See Exd, Exia or industrial specification on the opposite page.

Process: Diaphragm actuated unless otherwise stated -30 to +110°C (Nitrile) or -20 to +150°C (Viton). Piston actuated -30 to +120°C (Nitrile) or -20 to +150°C (Viton) or -50 to +150°C (PTFE) -30 to +125°C (EPDM).

Storage: -60 to +86°C (For temperature, level and flow switches please refer to specific pages).

Microswitch: 1 or 2 SPDT (dual switches mechanically linked to give DPDT).

Microswitch rating: 5 Amps @ 250 VAC resistive, 2 Amps @ 250 VAC inductive. 5 Amps @ 30VDC resistive, 3 Amps @ 30 VDC inductive.

TECHNICAL SPECIFICATION

Our products are designed to work in demanding and hazardous environments which require fast and cost effective solutions in instrumentation

and control. Pyropress control sensors provide safe and

reliable electrical switching of alarm or control circuits in response to changes in temperature, pressure, differential

pressure,vacuum, fluid, flow and level conditions.

ABOUTPYROPRESS QUALITY

To support the design of state of the art products the company has invested heavily in the latest CNC technology.

We are able to produce our own components to a high degree of aaccuracy assuring a reliable and

consistent quality product.

T: +44 (0)1752 333933 | sales@pyropress.com www.pyropress.com

Ambient temp: -40 to +86°C (+125°C special – refer to sales office).

Electrical Connection: DIN 43650 plug and socket suitable for unarmoured cable up to 1.5mm2. Cable OD between 6 and 9mm (PG11) or M20 x 1.5 ISO female.

INDUSTRIAL AND EXIA DIN PLUG AND SOCKET OR M20 X 1.5 ISO FEMALE

Ambient temp: -50 to +86°C (128°C on Exia – refer to sales office).

Electrical Connection:Exd – 1 metre of 3 or 6 core 0.75mm2 silicon insulated flying lead via stainless steel ½” NPT or M20 x 1.5 ISO male threaded conduit gland (part no code R & S) or 1 metre of 6.0mm dia 3 core x 0.75mm2 silicon insulated cable (part no code A). Longer lead lengths can be specified and a range of Exe certified junction boxes can be supplied fitted and wired direct to the switch. The standard Exe box has an ambient temperature range of –40 to +55°C. Higher temperature can be catered for.

Exia - 1 metre of 6.0mm dia 3 core x 0.75mm2 silicone insulated cable via stainless steel ½” NPT or M20 x 1.5 ISO male threaded conduit gland (part no code R & S) or supplied with no thread (part no code A).

CERTIFICATION: ALL SWITCHES ARE CE CERTIFIED IN ACCORDANCE WITH EU DIRECTIVESExd Flameproof: 94/9/EC ATEX coded CE Ex II2G Exd IIC T6 Ta -50 to +71°C,T5 Ta +86°C, T4 Ta +96°C. (Switches to be installed in accordance with EN60079-14). Special conditions for save use. The permanently attached cable associated with the apparatus shall be terminated in accordance with EN60079-14. Appropriate overload protection must be provided during installation. (to be ignored if junction box is fitted).

Exia Intrinsically Safe (without resistors) 94/9/EC ATEX coded CE Ex II1G Exia IIC T6 Ta –50°C to +78°C, T5 Ta +93°C, T4 Ta +128°C.

Exia Intrinsically Safe (with resistors) 94/9/EC ATEX coded CE Ex II1G Exia IIC T5 Ta –50°C to +72°C, T4 Ta +122°C. Special conditions for save use. (Category 1, Zone 0) Aluminium may only be used when the ignition hazard assessment shows that there is no risk of ignition from incendive, impact or abrasion sparks.

Industrial: 2006/95/EC (Low voltage directive).

Accuracy: +/-1% at 20°C.

EXD & EXIA FLYING LEAD CONNECTION

PPSSC1010 | issue 1